Doro Atzler

[Nick Leeper @NickLeeper78]

Program now online for the 2025 Atherosclerosis GRC in beautiful Barcelona. Last few slots are filling up! Please apply soon if you’d like to join at this incredible conference! https://t.co/JlRhvEz2SI

[Doro Atzler @AtzlerLab]

Many thanks @CRC1123_Athero fantastic people-fantastic science @CeciliaBonfigl @5antus @FlorianaFarina @BarteltLab @ipekresearch @nicolai_leo

[Doro Atzler @AtzlerLab]

Happy International Women‘s Day❤️

[Cecilia Bonfiglio @CeciliaBonfigl]

“Good molecular immunocardiology always starts with the Platypus”.🫀

Thank you for the amazing lecture @kallikourdis !

@ipekresearch @CRC1123_Athero

[Science Magazine @ScienceMagazine]

Studying mice and samples from patients, scientists have identified a microRNA-based mechanism that drives atherosclerosis by weakening the integrity of blood vessel walls.

Read more in @ScienceTM: https://t.co/WoNLVToUkB

[IPEK @ipekresearch]

#RNA fragment in #Atherosclerosis : new #therapy avenues?

Read @ScienceTM @ipekresearch manuscript 🔗https://t.co/SR9SrVvLDj

@dzhk_germany @YoungDZHK @cas_lmu @LMU_Uniklinikum @5antus @gitarist78 @CRC1123_Athero @dfg_public

https://t.co/kBS6sxgMLZ

[CRC1123: Mechanisms of Atherosclerosis @CRC1123_Athero]

📢Monday 30th October 2023 , 5pm 🗓️IRTG Graduate Lecture by Christian Schulz: 🩺 #Clinician’s view on #atherosclerosis and atherothrombosis 🫀
@dfg_public

@LMU_Uniklinikum
@LMU_Muenchen
@cas_lmu
@SteffensLab
@_LauraParma

More details 🔗https://t.co/fnDBxYMH5p

[CRC1123: Mechanisms of Atherosclerosis @CRC1123_Athero]

📢Monday 23rd October 2023🗓️, 5pm 🧑‍🎓👩‍🎓IRTG Graduate #Lecture by Albert Busch:
Translating the needs of #vascular research to adequate animal models – examples from the carotis to the #aorta

@dfg_public @LMU_Uniklinikum @LMU_Muenchen
@cas_lmu @SteffensLab @_LauraParma

[Cecilia Bonfiglio @CeciliaBonfigl]

Had a wonderful time at #DGKJahrestagung in Mannheim. We are very happy we had the chance to present our work on #atherosclerosis @DGK_org @ipekresearch @_LauraParma and Venetia Bazioti @AtzlerLab

[Alexander Bartelt @BarteltLab]

#falsebalance ⁦@derspiegel⁩ - es ist gefährlich, das Vertrauen in etablierte und wichtige Medikamente wie Statine durch solche Titel und Artikel zu erschüttern - enttäuschende Click Bait 👎 https://t.co/pE7EaxvOvM

[Floriana Farina @FlorianaFarina]

🔴 Non-canonical roles of non-coding RNAs 🧬 in the development and progression of atherosclerosis 🫀 - find out more in our newest #Openaccess review 📕! @ATHjournal @ncRNAworld @ipekresearch @YoungDZHK
👇👇
https://t.co/YakQa6ClDy

[IPEK @ipekresearch]

#ChristianWeber among 15 LMU scientists and academics to make #HighlyCited2022 Researchers list 🎉 Congrats to all !

https://t.co/hQHx8HlDRI #lmumünchen #universityofmunich

[Floriana Farina @FlorianaFarina]

Finally online our latest work on the role of the epigenetic enzyme DOT1L in the regulation of inflammatory response in atherosclerosis!🧬🥳
@leonardo_elia @Manuela @gcondorelli @escardio @ehj_ed @ESC_Journals @HumanitasMilano @ipekresearch @YoungDZHK
https://t.co/xTA7OX48nM

[Nature Cardiovascular Research @NatureCVR]

RESEARCH|Using mouse models and human plaque data and isolated B cells @rakiphd et al @SteffensLab show that GPR55 in #Bcells limits #atherosclerosis development and regulates #PlasmaCell maturation|@ipekresearch, @LMU_Muenchen
https://t.co/XW2yBjzdHK

[Sabine_Steffens @SteffensLab]

Nice way to start the weekend with our latest paper on how lipid-binding receptor GPR55 regulates B cells 👉just published @NatureCVR ! Great team effort led by @rakiphd and collaborators @5antus @LarsMaeg and many more @ipekresearch @CRC1123_Athero https://t.co/xcsOr2h1Tv

[Springer Medizin @SpringerMedizin]

Den Galenus-Preis 2022 in der Kategorie #Grundlagenforschung gewinnen Sarajo Kumar Mohanta und Team für die Entdeckung, dass das periphere Nervensystem und das Gehirn an der Atherosklerose-Entwicklung beteiligt sind. Herzlichen Glückwunsch! https://t.co/pzNdGfbHkT | #galenus2022

[Circulation Research @CircRes]

Nitz & colleagues found #homoarginine reduces #atherosclerosis by inhibiting Myh9 in CD4 #Tcells, which modulates actin cytoskeleton, migration, & proliferation. https://t.co/YIAyxWaUAE
@AtzlerLab @Dori_Muc @5antus @Huveneers_Lab @mwl4a @EstherLutgens @ipekresearch

[Katrin Nitz @KatrinNitz]

Out now: in the current issue of @CircRes – full access to our paper. Many thanks to all co-authors and special thanks to @AtzlerLab @mwl4a @LutgensEsther @ipekresearch
https://t.co/IMbCm6aTb5

[IPEK @ipekresearch]

👏Congratulation to @Saroj_IPEK for winning Becht Research #Prize 2022 🏆@Herzstiftung @DGK_org @YoungDgk #DGKHerztage

for his work on neuroimmune 🧠🛡️cardiovascular 🫀interfaces published in @Nature https://t.co/1jKbRVLbMM

@LMU_Muenchen @LMU_Uniklinikum @cas_lmu @dfg_public

[Katrin Nitz @KatrinNitz]

I am very proud to share our latest publication in which we show the mechanistic role of homoarginine in atherosclerosis to modulate CD4 T cell function via Myh9